CN105100598A - Image pickup display apparatus and image pickup display method - Google Patents
Image pickup display apparatus and image pickup display method Download PDFInfo
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- CN105100598A CN105100598A CN201510256266.7A CN201510256266A CN105100598A CN 105100598 A CN105100598 A CN 105100598A CN 201510256266 A CN201510256266 A CN 201510256266A CN 105100598 A CN105100598 A CN 105100598A
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- control part
- display device
- image pickup
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- image display
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Classifications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
- H04N23/60—Control of cameras or camera modules
- H04N23/66—Remote control of cameras or camera parts, e.g. by remote control devices
- H04N23/661—Transmitting camera control signals through networks, e.g. control via the Internet
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
- H04N23/60—Control of cameras or camera modules
- H04N23/62—Control of parameters via user interfaces
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
- H04N23/60—Control of cameras or camera modules
- H04N23/63—Control of cameras or camera modules by using electronic viewfinders
- H04N23/631—Graphical user interfaces [GUI] specially adapted for controlling image capture or setting capture parameters
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
- H04N23/60—Control of cameras or camera modules
- H04N23/66—Remote control of cameras or camera parts, e.g. by remote control devices
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
- H04N23/50—Constructional details
- H04N23/51—Housings
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
- H04N23/60—Control of cameras or camera modules
- H04N23/667—Camera operation mode switching, e.g. between still and video, sport and normal or high- and low-resolution modes
Abstract
An image pickup display apparatus includes: a communication section that is capable of receiving a picked-up image from an image pickup unit; a display section that displays the picked-up image received by the communication section; an operation section for controlling image pickup by the image pickup unit; a state determination section that determines a state of a case in which the communication section, the display section and the operation section are housed; and a control section that receives a result of determination performed by the state determination section, to change a user interface provided by the display section and the operation section based on whether or not the case is arranged on another object.
Description
Technical field
The present invention relates to image display device and shooting display packing that display carrys out the image of the image pickup part of self-separation.
Background technology
In recent years, the portable equipment (photographic equipment) of the band such as digital camera camera function is popularized.In this photographic equipment, some has display part, and has the function of display photographs.
In addition, display menu drawing in display part, makes the operation of photographic equipment become easy.Such display part is arranged on the back side of portable equipment main body mostly, and user, when photographing, can confirm the live view image that shows in the display part at the back side and carry out shooting operation.
In addition, in recent years, sometimes adopt lens type camera, this lens type camera does not have the display part of photographed images, and only has photography and writing function.This lens type camera is installed in smart mobile phone and dull and stereotyped PC etc. usually, using installed smart mobile phone and dull and stereotyped PC etc. as control appliance, controls photography.In addition, the control appliances such as such smart mobile phone and dull and stereotyped PC also play a role from the image display device of the photographed images of lens type camera as display.
Lens type camera to the dismounting such as smart mobile phone and dull and stereotyped PC freely, under the state unloaded from smart mobile phone and dull and stereotyped PC etc., also can be photographed.In this case, between the control appliance such as smart mobile phone and dull and stereotyped PC with lens type camera, utilize wireless or wire communication to be connected, utilize the touch panel etc. be arranged on display part, the shooting operation of lens type camera can be carried out.
In Japanese Unexamined Patent Publication 2012-185692 publication, also proposed following technology: make such smart mobile phone and dull and stereotyped PC etc. carry out wired connection or wireless connections with the computer installation etc. of pocket, carry out the function of the mouse as input medium of replacement computer device.
In addition, about lens type camera, situation about using situation about using under considering to be installed on the state (installment state) in the image display device shown the photographed images from lens type camera and the state (non-installment state) it unloaded from image display device, thinks that the Land use systems in installment state and non-installment state is significantly different.
Summary of the invention
Image display device of the present invention has: Department of Communication Force, and it can receive the photographed images from image pickup part; Display part, it shows the described photographed images that described Department of Communication Force receives; Operating portion, it is for controlling the shooting of described image pickup part; Condition judgement portion, it judges the state being accommodated with the housing of described Department of Communication Force, display part and operating portion; And control part, whether it is provided the result of determination in described condition judgement portion, and be configured on other objects according to described housing, changes the user interface realized by described display part and operating portion.
In addition, in shooting display packing of the present invention, Department of Communication Force receives the photographed images from image pickup part, display part shows the described photographed images that described Department of Communication Force receives, condition judgement portion judges the state of housing, this housing is accommodated with the operating portion of the shooting for controlling described image pickup part, described Department of Communication Force and described display part, control part is provided the result of determination in described condition judgement portion, whether be configured on other objects according to described housing, change the user interface realized by described display part and operating portion.
By the explanation carried out with reference to accompanying drawing below, above-mentioned and other objects of the present invention, feature and advantage can obtain and understand more clearly.
Accompanying drawing explanation
Fig. 1 is the block diagram of the camera chain that the image-sensing display device comprising the 1st execution mode of the present invention is shown.
Fig. 2 is the flow chart controlled for illustration of photography.
Fig. 3 A ~ Fig. 3 C is the key diagram of the action for illustration of the 1st execution mode.
Fig. 4 is the chart of the example that each state of image display device, image pickup part and the corresponding relation of user interface are shown.
Fig. 5 is the block diagram that the 2nd execution mode of the present invention is shown.
Fig. 6 is the key diagram of the outward appearance that Fig. 5 is shown.
Fig. 7 controls for illustration of the camera in lens type camera 51 and the flow chart of control of smart mobile phone 61.
Fig. 8 is the key diagram of an example of the photographed images illustrated from built-in camera portion 63.
Fig. 9 is the flow chart of an example of the concrete motion flow of the link judgement communication of the lens type camera 51 illustrated in the step S37 in Fig. 7.
Figure 10 is the flow chart of the link determination flow that the control part 65 employing the information that the communication by linking judgement obtains is shown.
Figure 11 A and Figure 11 B are the key diagrams of the similar judgement for illustration of jitter mode.
Figure 12 is the flow chart of the motion flow of the separation display illustrated in the step S20 in Fig. 7.
Figure 13 A and Figure 13 B is the key diagram of the situation that photography is shown.
Figure 14 is the flow chart of an example of the control that mode of operation 3 is shown.
Figure 15 A ~ Figure 15 C is the key diagram of an example of display for illustration of mode of operation 3.
Figure 16 A ~ Figure 16 D is the key diagram for illustration of rotary mode.
Embodiment
Below, with reference to accompanying drawing, embodiments of the present invention are described in detail.
(the 1st execution mode)
Fig. 1 is the block diagram of the camera chain that the image-sensing display device comprising the 1st execution mode of the present invention is shown.
In FIG, image pickup part 10 has Department of Communication Force 11, and image display device 20 has Department of Communication Force 21.Such as, image pickup part 10 can be formed by lens type camera, form image display device 20 by smart mobile phone and dull and stereotyped PC.Department of Communication Force 11 can communicate each other with Department of Communication Force 21.Image pickup part 10 can be communicated by Department of Communication Force 11,21 mutually with image display device 20, carries out the transmitting-receiving of various information.The information terminals such as smart mobile phone in recent years and dull and stereotyped PC also have image pickup part, therefore, although be denoted as " image display device ", also can show as " information terminal ".
Image pickup part 10 has not shown imaging apparatus.Imaging control part 12 can receive control signal from image display device 20 via Department of Communication Force 11, and controls the shooting of imaging apparatus.The photographed images obtained by imaging apparatus can be sent to Department of Communication Force 21 by Department of Communication Force 11.
Image display device 20 has not shown imaging apparatus.Imaging control part 22 can control the shooting of the imaging apparatus of image display device 20.Image display device 20 has display part 23.Display part 23 is controlled by control part 25, carries out the display of photographed images and menu etc.
Control part 25 can control the shooting of image pickup part 10 via Department of Communication Force 21,11.In addition, photographed images can after to the image procossing via Department of Communication Force 11,21 photographed images that sends being implemented to regulation from image pickup part 10, send to display part 23 to show by control part 25.
In image display device 20, be provided with operating portion 24.Operating portion 24 such as can be made up of not shown Switches & buttons etc., and the operation signal obtained based on the user operation for these operating portions 24 is outputted to control part 25.In addition, as operating portion 24, can adopt be disposed in display part 23 display frame on not shown touch panel.
This touch panel can produce with user with pointing operation signal corresponding to the position that indicates in the display frame of display part 23.This operation signal is provided to control part 25.Thus, when user carries out touching or sliding in display frame, the various operation such as during the touch location that control part 25 can detect user, the operation (kneading operation) finger being closed open, slide or slide and the position arrived, glide direction, touch, can perform the process corresponding with user operation.Such as, the various shooting operations of image pickup part 10 can be carried out according to touch operation.
In the present embodiment, in image display device 20, condition judgement portion 26 is provided with.Condition judgement portion 26 can judge the state of image display device 20 self.Such as, condition judgement portion 26 can judge that image display device 20 is positioned in the first-class state of desk (carrying state) or user the state be held in hand (gripping state).Such as, condition judgement portion 26 is made up of acceleration transducer or gyro sensor etc., can according to the testing result of these transducers, and judgement is carrying state or gripping state.
In addition, also can be, condition judgement portion 26 can judge the state of image pickup part 10.Such as, condition judgement portion 26, according to the photographed images from image pickup part 10, judges that image pickup part 10 is configured in the first-class state of tripod (hereinafter referred to as being installed with state) or user's state (hereinafter referred to as camera gripping state) dominated by hand.Such as, condition judgement portion 26 can, according to the motion of each image section in the photographed images from image pickup part 10, judge to be installed with state and camera gripping state.
In addition, the photographed images that condition judgement portion 26 also can obtain according to the imaging apparatus of image display device 20, judge carrying state and gripping state, in addition, detection signal from the acceleration transducer be arranged in image pickup part 10 or gyro sensor etc. also can be utilized to judge the state that is installed with and the camera gripping state of image pickup part 10.
In addition, condition judgement portion 26 can also judge that image pickup part 10 is mounted in the state (installment state) on image display device 20 or the state (non-installment state) unloaded from image display device 20.These result of determination in condition judgement portion 26 are provided to control part 25.
Control part 25 according to the result of determination in condition judgement portion 26, change for the display of display part 23 and the operation signal from operating portion 24 corresponding with this display control, namely change graphic user interface.
Next, with reference to Fig. 2 and Fig. 3 A ~ Fig. 3 C, the action of the execution mode formed like this is described.Fig. 2 is the flow chart controlled for illustration of photography, and Fig. 3 A ~ Fig. 3 C is the key diagram of the action for illustration of the 1st execution mode.
The control part 25 of image display device 20, via Department of Communication Force 21,11, controls the imaging control part 12 of image pickup part 10.Imaging control part 12 is controlled by control part 25 and drives the imaging apparatus of image pickup part 10.Taken the photographed images that obtains by this imaging apparatus via Department of Communication Force 11,21, be taken into image display device 20.The control part 25 of image display device 20 implements the signal transacting of regulation to the photographed images be taken into, then send to display part 23, carry out live view image display.
User with reference to the live view image of display in one side display part 23, can carry out shooting operation.The operation that control part 25 makes display part 23 show for shooting operation etc. shows.In this case, the control part 25 display operation corresponding with the state determination results in condition judgement portion 26 shows.
Condition judgement portion 26 judges the state of at least one party of image display device 20 and image pickup part 10, state determination results is outputted to control part 25.
Such as, in the step S1 of Fig. 2, condition judgement portion 26 judges whether image display device 20 is separated with image pickup part 10.When image pickup part 10 is installed on image display device 20, control part 25 is according to the result of determination in condition judgement portion 26, and display mode and the operation of carrying out mode of operation 1 control (step S3).
Fig. 3 A shows the display in mode of operation 1.Fig. 3 A shows the situation being provided with display part 23 in the roughly whole region of the operating surface of the housing 20a at image display device 20.The display frame 23a of display part 23 is provided with the image display area 31 of display photographed images 32.In addition, on display frame 23a, reproduction button 35a, the mode button 35b as handle icon and photo knob 35c is shown.
User touches on reproduction button 35a, mode button 35b or photo knob 35c, and control part 25 makes image display device 20 proceed to reproduction mode, pattern set model or photograph mode.
When image pickup part 10 is installed in image display device 20, think user's multiplex two-handed hand-held housing 20a, as the example of Fig. 3 A, two fingers (such as thumb) of the finger 4lR of user sinistral finger 41L and the right hand carry out touch operation.The operation making bimanual finger can be carried out, therefore, as shown in Figure 3A, handle icon is configured in the configuring area in each portion up and down on display frame 23a.
In step s 2, condition judgement portion 26 judge image display device (mm) 20 operating surface whether upward and be fixed in the vertical direction.Such as, judge following situation: as the result be substantially horizontally positioned in by image display device 20 by gravity on object, whether operating surface (touch face) is towards the direction contrary with gravity direction.In the loose situation of image display device 20, such as, holding image display device 20 and the right hand leftward, to hold the situation of image pickup part 10 inferior, makes process proceed to step S4 from step S2, and control part 25 carries out display based on mode of operation 2 and control.In addition, although show as " being fixed ", if picture direction necessarily and the situation not easily vibrated in the direction in which, then also can be judged to be the state of fixing, it must be fixing for not needing.In addition, be also denoted as on table and load, but the platform carrying out loading is not limited on table.
Also can carry out identical operation above-knee etc., according to circumstances, also comprise situation equipment being resisted against wall and utilizing slidably.User, in such occupation mode, becomes easy use because there is support sometimes.That is, it can show as " face offseting (shift) configuration ", can show as " being configured on other objects ".That is, condition judgement portion 26 determines whether as inferior situation: image display device 20 by gravity or from other objects pressing force etc. and be fixed on body surface to a certain extent, thus touch operation can be carried out to operating surface.
Fig. 3 B shows the display in mode of operation 2.On display frame 23a, show in the region beyond image display area 31 as handle icon photo knob 36a, large buttons 36b and reduce button 36c.
User touches at photo knob 36a, large buttons 36b or reduce on button 36c, and thus, control part 25 makes image display device 20 proceed to photograph mode, amplification mode or reduce pattern.
When this display mode, think that the large multiplex one hand of user holds housing 20a and holds image pickup part 10 with singlehanded, as the example of Fig. 3 B, user such as carries out touch operation by means of only the finger 41L of left hand.Owing to only using the operation of singlehanded finger, therefore, as shown in Figure 3 B, by the configuring area of the downside of handle icon centralized configuration on display frame 23a.
Now, suppose that image display device 20 is configured on desk under the state unloading image pickup part 10.In this case, process and proceed to step S5 from step S2.The control part 25 of image display device 20 carries out display based on mode of operation 3 and control.
Fig. 3 C shows the display in mode of operation 3.On display frame 23a, in the region beyond image display area 31, show zoom button 37a, the exposure button 37b as handle icon and focusing button 37c.In addition, in image display area 31, photo knob 37d and reproduction button 37e is also shown.
User touches on zoom button 37a, exposure button 37b, focusing button 37c, photo knob 37d or reproduction button 37e, thus, control part 25 makes image display device 20 proceed to zoom mode, exposure mode, focal modes, photograph mode or reproduction mode.
When this display mode, think that the large multiplex one hand of user holds image pickup part 10, and be positioned on desk by image display device 20, as the example of Fig. 3 C, user utilizes finger 42L, 43L etc. of singlehanded such as left hand to carry out touch operation.Due to the operation of singlehanded all fingers can be carried out, therefore, as shown in Figure 3 C, handle icon is configured in the configuring area up and down on display frame 23a, makes the quantity of handle icon also more than the situation of Fig. 3 B.
In addition, in this case, than the slide being easier to carry out pointing, therefore, on display frame 23a, also show slider bar display 44, user can set various value by the above-below direction enterprising line slip operation shown in arrow 45.
When control part 25 detects the operation for the display corresponding with these modes of operation 1 ~ 3 in step s 6, carry out the photography corresponding with operation and control (step S7).
In addition, the user interface shown in Fig. 3 A ~ Fig. 3 C is example, can be configured to set the various user interfaces corresponding with the state of image display device 20 and image pickup part 10.
In addition, the flow chart of above-mentioned Fig. 2 shows following example: according to image display device whether with camera part from and be positioned on desk, change the display mode being used for accepted user operation, but, also can change user interface according to the respective state of image display device and image pickup part.
Such as, Fig. 4 is the chart of the example that each state of image display device, image pickup part and the corresponding relation of user interface are shown.
In the example in fig. 4, be that the image pickup part such as carrying state or gripping state (hand-held), lens type camera is installed with state or gripping state (hand-held) and shows the radical of hand and the finger that can use in operation according to image display devices such as smart mobile phones.User interface suitably can set according to the radical of the hand that can utilize and finger.
In the example in fig. 4, show following situation: when hand-held image pickup part 10, if hand-held image display device 20, then need only to utilize thumb to operate image display device 20, on the other hand, when being positioned on desk, 5 singlehanded fingers can be utilized to operate image display device 20.In addition, in the diagram, show following situation: when being installed with image pickup part 10, if hand-held image display device 20, then need to utilize 5 fingers of the thumb of a hand and another hand to operate image display device 20, on the other hand, when being positioned on desk, 10 of two hands fingers can be utilized to operate image display device 20.
Like this, in the present embodiment, can provide different user interfaces according to the state of at least one party in image display device 20 and image pickup part 10, user can carry out the operation adapted to each state.
Such as, when image pickup part 10 is separated with image display device 20 use, the Land use systems different from the situation of integration can be set to, there is the scene utilizing the image pickup part 10 be separated to carry out effective photography.Such as, when taking cooking, not only take from nearby side sometimes, but towards the mode that nearby side carries out taking, there is effect from opposite side, the utilization under such scene can be carried out.In this case, consider with image pickup parts 10 such as hand holding lens type cameras with the dull and stereotyped PC etc. of another manual manipulation as image display device 20.But when holding image display device 20, needing singlehanded holding and operating, operation becomes unstable simultaneously.Therefore, under these circumstances, it is favourable for image display device 20 being positioned in the first-class mode used of desk.Under these circumstances, in the present embodiment, the user interface of the operation that can be suitable for carrying state can be provided.Thus, become than being easier to the operation of the operating portion 24 of image display device 20, user can concentrate on other shooting operations such as composition, can carry out stable shooting operation.
(the 2nd execution mode)
Fig. 5 is the block diagram that the 2nd execution mode of the present invention is shown, shows and adopts lens type camera as image pickup part, adopts smart mobile phone as the example of image display device.Fig. 6 is the key diagram of the outward appearance that Fig. 5 is shown.In addition, also can substitute smart mobile phone and adopt dull and stereotyped PC or portable phone.
In Figure 5, camera Department of Communication Force 62 is provided with in the smart mobile phone 61 that the image display device 20 with Fig. 1 is corresponding, in the lens type camera 51 corresponding with the image pickup part 10 of Fig. 1, be provided with Department of Communication Force 55, smart mobile phone 61 and lens type camera 51 are configured to intercom mutually via these Department of Communication Forces 62,55.
As shown in Figure 6, on the housing 61a of smart mobile phone 61, in dismounting mode freely, mounted apparatus 71 being installed, on mounted apparatus 71, being provided with the installation portion 72 for installing lens type camera 51.Lens type camera 51 is provided with installation portion 51b at base end side, and by being embedded by this installation portion 51b or being screwed into, the installation portion 72 of mounted apparatus 71 is medium to be installed.
In lens type camera 51, be provided with the image pickup part 52 with optical system 52a.In image pickup part 52, be provided with the not shown imaging apparatus be made up of CCD or cmos sensor etc., by optical system 52a, shot object image be directed to the imaging surface of imaging apparatus.
Optical system 52a has focus lens in lens barrel 51a or varifocal mirror is first-class, and wherein, in order to be set as (focus) state of focusing by focusing, described focus lens is removable, and described zoom lens carries out zoom under focusing state.
In addition, optical system 52a has the not shown mechanism part driving these camera lenses and aperture.
The mechanism part of control part 53 control both optical system 52a, carries out drived control to these focus lens, zoom lens and aperture.
In lens type camera 51, in order to the setting operation of parameter carrying out the parameter relevant to the photography of user, be such as correlated with focusing, zoom and aperture, be provided with the operating portions 54 such as operation ring 54a.Control part 53 detects the user operation to operating portion 54, carries out the control based on testing result.Control part 53 is made up of CPU etc., and it, according to for the user operation of operating portion 54 and the signal from smart mobile phone 61 described later, controls each portion of lens type camera 51.
Photography control part 53a produces focusing signal, zoom signal and the control of diaphragm signal, carries out drived control to the focusing of optical system 52a, zoom and aperture.In addition, photography control part 53a provide drive singal to imaging apparatus, controls the shooting of subject.
Image processing part 53b can receive the photographed images from imaging apparatus, after the picture signal process implementing to specify, such as color adjustment process, matrix conversion process, noise removal process, other various signal transacting, recording unit 56 is sent to carry out record.Can adopt such as IC memory as recording unit 56.In addition, image processing part 53b can send photographed images to smart mobile phone 61 via Department of Communication Force 55.
Department of Communication Force 55 can communicate via the transmission road specified with between the camera Department of Communication Force 62 being arranged on smart mobile phone 61.As transmission line, adopt the transmission line etc. based on WLAN such as wired and wireless various transmission lines, such as USB (UniversalSerialBus: USB) cable or Wifi (WirelessFidelity: Wireless Fidelity).After control part 53 is set up and communicated between smart mobile phone 61, photography can be controlled according to the control of the control part 65 of smart mobile phone 61, and, can the information relevant to photographed images and camera lens be sent to smart mobile phone 61.
In the present embodiment, in lens type camera 51, be provided with posture detection unit 57.Posture detection unit 57 is made up of 3 axle acceleration sensors or gyro sensor etc., and the information such as the posture of lens type camera 51 and the anglec of rotation are sent to control part 53.In addition, posture detection unit 57 also can use magnetic sensor simultaneously.Information (posture result of determination) from posture detection unit 57 can be sent to smart mobile phone 61 via Department of Communication Force 55 by control part 53.
Smart mobile phone 61 has built-in camera portion 63.Built-in camera portion 63 has the not shown imaging apparatus be made up of CCD or cmos sensor etc., the optical image of the subject via camera lens 63a (with reference to Fig. 6) incidence is directed to the imaging surface of imaging apparatus.
The control part 65 of smart mobile phone 61 is such as made up of processors such as CPU, controls each portion of smart mobile phone 61.Control part 65 controls built-in camera portion 63, and exports the signal of the image pickup part 52 for driving lens type camera 51.Control part 65 receives the photographed images from built-in camera portion 63, and, receive the photographed images from lens type camera 51.The signal transacting that control part 65 specifies with the photographed images received the photographed images from built-in camera portion 63, such as color adjustment process, matrix conversion process, noise removal process or other various signal transacting.
On smart mobile phone 61, be also equipped with operating portion 66.Operating portion 66 is made up of the not shown various operating portion such as switch, key, soft keyboard arranged in smart mobile phone 61, and operating portion 66 produces based on user operation operation signal, and is outputted to control part 65.Control part 65 controls each portion based on operation signal.
Control part 65 can carry out the process relevant to the recording and reconstruction of photographed images.Such as, control part 65 can carry out compression process to the photographs after signal transacting, and sends to recording unit 64 to carry out record the image after compression.As recording unit 64, such as can adopt the various recording mediums such as IC memory, image information and acoustic information etc. can be recorded in recording medium by recording unit 64.
Display control unit 67 performs the various process relevant to display.Display control unit 67 can receive the photographs after having carried out signal transacting from control part 65, and sends it to display part 68.Display part 68 has the display frames such as LCD, shows the image sent from display control unit 67.In addition, display control unit 67 can show various menu displays etc. in the display frame of display part 68.Control part 65 can read the photographed images of record in recording unit 64 and carry out decompression.Photographed images after decompression can be sent to display part 68 by display control unit 67, carries out the reproduction of document image thus
In the display frame of display part 68, be also provided with not shown touch panel as operating portion 6.Touch panel can produce with user with pointing operation signal corresponding to the position that indicates in display frame.This operation signal is provided to control part 65.Thus, when user carries out touching or sliding in display frame, the various operation such as during the touch location that control part 65 can detect user, the operation (kneading operation) finger being closed open, slide or slide and the position arrived, glide direction, touch, can perform the process corresponding with user operation.
In addition, display part 68 is disposed of the roughly whole region of the such as operating surface occupying smart mobile phone 61, when carrying out the photography based on lens type camera 51, user can confirm the photographed images of the upper display of the display frame of display part 68, can confirm that photographed images carries out shooting operation.
In addition, in the present embodiment, smart mobile phone 61 also has posture detection unit 69.
Posture detection unit 69 is made up of 3 axle acceleration sensors or gyro sensor etc., and the information of the posture of smart mobile phone 61 is sent to control part 65.In addition, posture detection unit 69 also can use ground magnetic sensor simultaneously.
Control part 65, according at least one party the information (posture result of determination) from posture detection unit 69 and the information of the posture result of determination of lens type camera 51 that receives from lens type camera 51 with Department of Communication Force 62 via camera, changes operation interface.Namely, in the present embodiment, control as follows: according to the result of determination of posture detection unit 57,69, according to the state of at least one party of lens type camera 51 and smart mobile phone 61, the graphic user interface utilizing the operating portion 66 of display part 68 and touch panel to provide is changed.
Next, with reference to Fig. 7 and Figure 16 A ~ Figure 16 D, the action of the execution mode formed like this is described.Fig. 7 controls for illustration of the camera in lens type camera 51 and the flow chart of control of smart mobile phone 61.In addition, in the figure 7, the arrow of the connection between the camera control flow and the control flow of smart mobile phone 61 of lens type camera 51, is shown and is communicated by process.
The control part 53 of lens type camera 51 judges in step S31 whether power supply is connected.If power supply is switched on, then control part 53 determines whether to specify photograph mode (step S32).When specifying photograph mode, control part 53 controls image pickup part 52 to take subject.The photographed images obtained by image pickup part 52 is taken into by control part 53, thus obtains live view image (step S33).In addition, control part 53 in step S34, the posture result of determination obtaining posture detection unit 57, the result of determination such as vibrated.
On the other hand, the control part 65 of smart mobile phone 61 in step s 11, determines whether to specify camera collaboration mode.If specify camera collaboration mode, then control part 65 in step s 12, and carry out camera communications between lens type camera 51, produces the reception request for the live view image from lens type camera 51.
The control part 53 of lens type camera 51, when receiving the request from the live view image of smart mobile phone 61, sets up communication in step s 35, then via Department of Communication Force 55, live view image is sent to smart mobile phone 61 (step S36).The control part 65 of smart mobile phone 61 receives the live view image from lens type camera 51, in step S14, is sent to by the live view image received display control unit 67 to show.
Next, control part 65, in order to provide the graphic user interface of the most applicable shooting operation, judges the state of at least one party of smart mobile phone 61 and lens type camera 51.
Such as, control part 65 starts built-in camera portion 63 in step S15, and uses the output of posture detection unit 69 to carry out vibration judgement.Next, in step s 16, control part 65 detects the lens barrel frame image whether comprising in the photographed images from built-in camera portion 63 and form lens type camera 51.When comprising lens barrel frame image, be judged to be that lens type camera 51 is in installment state, control part 65 is set as mode of operation 1 (step S17).
Fig. 8 is the key diagram of an example of the photographed images illustrated from built-in camera portion 63.Fig. 8 shows the situation showing the photographed images 81 obtained by built-in camera portion 63 on the display frame 68a of display part 68.Lens barrel frame image 80 is comprised in the end of photographed images 81.According to the installation site of lens type camera 51 and the position etc. of camera lens 63a, the lens barrel 51a of lens type camera 51 is photographed sometimes by built-in camera portion 63, control part 65 passes through image procossing, detect and whether comprise lens barrel frame image 82 in photographed images, when comprising, can be judged to be that lens type camera 51 is installed in smart mobile phone 61.
In addition, when not comprising lens barrel frame image in photographed images, by the photographed images from built-in camera portion 63, control part 65 only can not judge whether lens type camera 51 is in installment state, therefore, in step S18, the communication for linking judgement is carried out to lens type camera 51.
Lens type camera 51 also carries out the communication for linking judgement in step S37.
Fig. 9 is the flow chart of an example of the concrete motion flow of the link judgement communication of the lens type camera 51 illustrated in the step S37 in Fig. 7.In addition, Figure 10 is the flow chart of the link determination flow that the control part 65 employing the information that the communication by linking judgement obtains is shown.
The control part 53 of lens type camera 51, in the step S51 of Fig. 9, determines whether to create the request linking the communication of judgement, in step S52, determines whether the request of jitter mode.Control part 53, when being judged to be the request creating jitter mode, according to the output of posture detection unit 57, sends the information (step S53) of the jitter mode of the information of the vibration as lens type camera 51.
On the other hand, the control part 65 of smart mobile phone 61, in the step S61 of Figure 10, determines whether the camera communications with lens type camera 51, receives the information of the jitter mode from lens type camera 51.Control part 65 carries out the similar judgement between the vibration result of determination (jitter mode) of the smart mobile phone 61 obtained in step S15 and received jitter mode, when being judged to be similar, process is made to proceed to step S64, be judged to, in dissimilar situation, to make process proceed to step S63.
Figure 11 A and Figure 11 B are the key diagrams of the similar judgement for illustration of jitter mode.Figure 11 A shows the jitter mode of lens type camera 51, and Figure 11 B shows the jitter mode of smart mobile phone 61.Control part 65 such as press Figure 11 A and Figure 11 B each timing T1, T2 ... obtain the change of the value of each jitter mode.Control part 65 judges whether change is similar.When the change of the jitter mode of both sides is similar, control part 65 is judged to be that lens type camera 51 links (step S64) with the housing 61a of smart mobile phone 61.In addition, in the dissimilar situation of the change of the jitter mode of both sides, control part 65 makes process proceed to step S63.Control part 65, in step S63, asks the transmission of the characteristics of image of the photographed images in lens type camera 51.
The control part 53 of lens type camera 51, in the step S54 of Fig. 9, determines whether the request creating characteristics of image.If create the request of characteristics of image, then control part 53 is in step S55, image feature information is sent to smart mobile phone 61.
Control part 65, when receiving the image feature information from lens type camera 51, judges this image feature information and similitude between the image feature information obtained according to the photographed images obtained by built-in camera portion 63.When these image feature informations are similar, control part 65 is judged to be that lens type camera 51 is similar to the visual field in built-in camera portion 63, and lens type camera 51 links (step S64) with the housing 61a of smart mobile phone 61.In addition, be judged to be the dissimilar and characteristics of image of jitter mode also in dissimilar situation at control part 65, be judged to be that lens type camera 51 does not link with the housing 61a of smart mobile phone 61.
Control part 65 is judged to link in the step S19 of Fig. 7, makes process proceed to step S17, be set as mode of operation 1, when not being judged to link, making process proceed to step S20, carry out separation display.In addition, the control part 53 of lens type camera 51, in step S38, according to the output of posture detection unit 57, judges whether lens type camera 51 vibrates, that is, judgement is lens type camera 51 because of by hand-held and produce vibration or do not produce vibration because being placed in desk etc.Control part 53 is being judged to, in not vibrative situation, in step S39, to be set as being installed with pattern, and, will whether be that the result of determination being installed with state sends to smart mobile phone 61.
In mode of operation 1 in the step S17 of Fig. 7, such as, the display shown in Fig. 3 A and operation control is carried out.On the other hand, in the separation display of step S20, such as, the user interface be equal to the mode of operation 2,3 shown in Fig. 3 B, Fig. 3 C is set.
Figure 12 is the flow chart of the motion flow of the separation display illustrated in the step S20 in Fig. 7.Control part 65 is in the step S71 of Figure 12, whether decision face is upward vertical, namely, user's whether hand-held intelligent mobile phone 61, in step S72, judge whether threshold value, i.e. smart mobile phone 61 that whether the vibratory output in the vertical direction vertical with operating surface is less than regulation are positioned in desk first-class.At least one party of control part 65 in step S71, the judging of S72 is as "No", be judged to be that smart mobile phone 61 is for hand-held, process is made to proceed to step S73, judgement in step S71, S72 is "Yes", be judged to be that smart mobile phone 61 is positioned in desk first-class, make process proceed to step S74.
Control part 65, in step S73, S74, judges whether lens type camera 51 is in the state of being installed with.Control part 65 when be judged to be smart mobile phone 61 for hand holding state and lens type camera also for hand holding state, make process proceed to step S75.In this case, because both hands are used to hold, therefore, such as, the mode of operation 2 (step S75) shown in Fig. 3 B is set.
In addition, control part 65 when be judged to be smart mobile phone 61 for hand holding state and lens type camera for being installed with state, make process proceed to step S76.In this case, because only a hand is used to hold, therefore, it is possible to use the whole another hand not holding smart mobile phone 61 to carry out the operation of smart mobile phone 61, thus setting is suitable for the user interface of this operation.
In addition, control part 65, when being judged to be that smart mobile phone 61 is in carrying state and lens type camera is hand holding state, makes process proceed to step S77.In this case, because one hand is used to hold, therefore, the mode of operation 3 (step S77) such as shown in Fig. 3 C is set.
In addition, control part 65 when be judged to be smart mobile phone 61 be in carrying state and lens type camera also for being installed with state, make process proceed to step S78.In this case, because both hands are not used to hold, therefore, use whole two hands to carry out operative intelligence mobile phone 61, setting is suitable for the user interface of this operation.
In the step S21 of Fig. 7, control part 65 judges the instruction whether user photographs.When having carried out shooting operation, control part 65 has asked the photography (step S22) of the image as live view image display to lens type camera 51.The control part 53 of lens type camera 51 in step s 40, determine whether the communication having carried out indicating photography, photograph, and photographed images is sent to smart mobile phone 61 (step S41) by the instruction according to the control part 65 from smart mobile phone 61.Control part 65, after carrying out signal transacting to the photographed images from lens type camera 51, sends it to recording unit 64 and carries out recording (step S23).
The control part 53 of lens type camera 51 also determines whether by the operation of the operating portion 54 of lens type camera 51 and indicates photography (step S42).If indicate photography by operating portion 54, then photograph in step S43, and photographed images is recorded in such as recording unit 56 (step S44).
Next, as the utilization example in present embodiment, with reference to Figure 13 A, Figure 13 B, Figure 14 and Figure 16 A ~ Figure 16 D, the example carrying out arranging photography is described.Figure 13 A and Figure 13 B is the key diagram of the situation that photography is shown.In Figure 13 A and Figure 13 B, vessel 92 are placed on desk 91, vessel 92 load the cooking 93 as fish.User 94 holds lens type camera 51 with right hand 95R.Smart mobile phone 61 loads on sub-desk 91 in display frame 68a mode upward.With regard to this situation, it corresponds to the state showed with " face configures " or " table loads ", as long as but picture direction necessarily and be difficult in the direction in which vibrate situation, then can be judged to be this state, and do not need to fix, on the desk shown in the platform carrying out loading is not limited thereto or on table.Even if above-knee etc., identical operation also can be carried out, according to circumstances, also comprises the situation making equipment be resisted against wall to utilize.Also comprise situation about utilizing slidably along these faces.User, in such occupation mode, easily uses because there is support sometimes.That is, under these circumstances, can show as " on face offset configuration ", also can show as " being configured on other objects ".That is, be following state: smart mobile phone 61 by gravity or from object pressing force etc. and be fixed on body surface to a certain extent, the touch operation etc. for display frame 68a can be carried out.
User 94 while make the right hand 95R holding lens type camera 51 move, can confirm the live view image shown in the display frame 68a of smart mobile phone 61.User 94, while confirm live view image, makes right hand 95R suitably movement, decides composition.The arrow of Figure 13 A shows and right hand 95R is moved, and lens type camera 51 is configured in the situation of each position.
As shown in FIG. 13A, when taking cooking, if be placed on desk 91 by the smart mobile phone 61 with display part 68, even if then when utilizing lens type camera 51 from various angle to aim at subject, user 94 only observes a position at display frame 68a place.After determining composition at the image with reference to display frame 68a, as shown in Figure 13 B, user 94 can utilize left hand 95L to carry out the touch operation etc. of display frame 68a, carries out camera operation thus.In this case, because smart mobile phone 61 is positioned on desk 91, therefore, user 94, can easily support lens formula camera 51 without the need to supporting smart mobile phone 61.
That is, the example of Figure 13 A and Figure 13 B can provide the user interface in aforesaid operations mode 3.In this case, the control part 65 of smart mobile phone 61, such as according to the motion flow shown in Figure 14, carries out the control of mode of operation 3.Figure 15 A ~ Figure 15 C is the key diagram of the example for illustration of display in this case.
In the step S71 of Figure 14, control part 65 determines whether to have selected input pattern.The example of Figure 14 and Figure 15 A ~ Figure 15 C shows the example of these two input patterns of keyboard mode that can carry out default mode and display soft keyboard, in step S71, whether specifies the judgement of these input patterns.
When not selecting input pattern, in step S72, control part 65 shows the mode switch (SW) for selecting input pattern.Figure 15 A, Figure 15 B show such state, be arranged on smart mobile phone 61 housing 61a operating surface side display frame 68a on, show default button 105 and keyboard button 106, be used as user and be used to specify the mode switch of any one (SW) in default mode and keyboard mode.In addition, as shown in Figure 15 A, Figure 15 B, on display frame 68a, the photographed images 101 received from lens type camera 51 is also shown.In addition, on display frame 68a, photo knob 102 and reproduction button 103 is also shown.
User utilizes finger 107 to touch on photo knob 102 or reproduction button 103, and thus, the photography of control part 65 rotating mirror hair style camera 51 or indicate lens type camera 51 is reproduced.In addition, user utilizes finger 107 to touch on default button 105 or keyboard button 106, and thus, interface setting is default mode or keyboard mode by control part 65.Figure 15 A, Figure 15 B, respectively with the frame of thick frame the Show Button 105,106, represent that user is in touch condition thus.
If user utilizes finger 107 to have selected default button 105, then control part 65 makes process proceed to step S74 from step S73, is set as default mode.In this case, the display shown in Fig. 3 C and operation control is such as carried out.In addition, if user utilizes finger 107 to have selected keyboard button 106, then control part 65 makes process proceed to step S75 from step S73, is set as keyboard mode.In this case, the display shown in Figure 15 C and operation control is such as carried out.
User interface shown in Figure 15 C is utilize input through keyboard to control the situation of camera operation, on display frame 68a, shows the photographed images 111 received from lens type camera 51, in addition, also shows the key display 112 of input through keyboard.Key display 112 can utilize 1 key to specify kinds of words, according to the number of times touched and touch the so-called wiping input of laggard line slip etc., and can designated character string.
User utilizes finger 107 to carry out input through keyboard, thereby, it is possible to carry out the appointment of the control model of camera operation.The setting of user is displayed in set and display portion 114.In the example of Figure 15 C, show user and utilize finger 107 to input the situation of " rotation ".User inputs " rotation ", and thus, control part 65 is set as rotary mode described later.In addition, smart mobile phone 61 has not shown database, in the database that this is not shown, has described multiple character string accordingly with 1 camera control model, and user, by inputting the suitable character string be associated, can specify the control model of hope.In addition, on display frame 68a, the return push-button 113 for turning back to original place reason is also shown.
Utilizing the input through keyboard of such soft keyboard to operate is the input method being suitable for dull and stereotyped PC or smart mobile phone, and as long as user operates the smart mobile phone 61 be placed on desk 91, the appointment of control model becomes than being easier to.Selecting from the menu display be made up of multiple level and determining in the method for control model, the situation being set at darker level in the pattern that will select is inferior, and the pattern assigned operation of user becomes more miscellaneous sometimes.Even if under these circumstances, in the example of Figure 15 C, operated by input through keyboard, also can carry out pattern appointment simply.
After determining input pattern, control part 65 makes process proceed to step S81, detects with or without push-botton operation.When the various button that user utilizes finger 107 to operate beyond key display 112, control part 65 makes process proceed to step S82, carries out the control corresponding with push-botton operation.Such as, if touch the position of the exposure button 37b of Fig. 3 C, then control part 65 proceeds to exposure settings pattern.
On the other hand, if user touches key display 112, then control part 65 makes process proceed to S84 from step S83, and judges control model (step S84) according to the key input operation of user.Now, as shown in Figure 16 A, suppose following situation: under the state showing " rotation " in set and display portion 114, user carries out the operation of the position touching set and display portion 114.So, control part 65 in step S84, be judged to be the key operation of user be used to indicate rotary mode operation and proceed to rotary mode.In addition, when not being rotary mode, in step S89, control part 65 performs other specified patterns.Such as, as other patterns, consider there are the various patterns such as zoom mode, exposure mode, focal modes, artistic filter.
In the method for imaging of Figure 13 A and Figure 13 B, hold lens type camera 51 with one hand, carry out the photography of subject from various angle.Therefore, the imaging apparatus in lens type camera 51 towards being not limited to horizontal direction and vertical direction.Especially, when adopt shape be the housing of cylindrical shape as lens type camera 51, if do not observe the photographed images on display frame 68a, then sometimes can not grasp photographed images towards (direction of rotation in vertical).In this case, with utilize the hand holding lens type camera 51 change lens type camera 51 towards compared with, sometimes in smart mobile phone 61 side by image procossing change photographed images towards mode better.Rotary mode be the direction of rotation of carrying out such change photographed images towards the pattern of image procossing.
Figure 16 A ~ Figure 16 D is the key diagram for illustration of rotary mode.
Control part 65 after being set as rotary mode, makes treatment step S85 proceed to step S86 according to push-botton operation or key input operation, judges the initial position of smart mobile phone 61.Next, control part 65 judges the rotation of smart mobile phone 61, obtains the anglec of rotation.
Such as, as shown in Figure 16 A, under the state that user utilizes finger 107a to touch the position in set and display portion 114, as shown in fig 16b, utilize finger 107b and other not shown two sides with the housing 61a of fingerhold smart mobile phone 61, under the state making the back side of housing 61a be resisted against on desk 91, in the surface of desk 91, (in horizontal plane) rotates.In a step s 86, determine the initial position of rotation, in step S87, obtain rotation amount.In addition, operation (rotary manipulation) method that user is used to specify rotation amount can suitably set.Can be such as that control part 65 makes finger 107a leave the position in set and display portion 114 according to user and is judged to be that rotary manipulation terminates, and obtains the anglec of rotation so far.In addition, control part 65 also can repeat number of times towards the rotary manipulation in a direction and rotary manipulation in the opposite direction and speed according to user, judges rotation amount.
The example of picture display when Figure 16 C shows the rotary manipulation carrying out user.In the example of Figure 16 C, control part 65 shows on display frame 68a makes the viewing area 115 of photographed images 117 rotate the rotation amount corresponding with the rotary manipulation of user and the image that obtains.In this condition, at the end of rotary manipulation, the photographed images 116 (step S88) that control part 65 generation makes photographed images 117 rotate the rotation amount corresponding with the rotary manipulation of user and obtains, and show on display frame 68a.
When have passed through specified time limit from the display of Figure 16 C or specify operation time, rotary mode terminates, and turns back to the display of such as Figure 13 A.In this condition, if operate photo knob 102, then the photographed images 116 shown in Figure 16 D is recorded in recording unit 64.
Like this, in the present embodiment, can the state of detector lens formula camera and smart mobile phone, the user interface of the state being suitable at least one party is provided.Thus, operability improves, and user can with the subject of the composition desired by shirtsleeve operation shooting.Especially, to be separated when utilizing with smart mobile phone when making lens type camera, cameraman moves without the need to the position according to lens type camera, just can catch subject with various composition, further, first-class by smart mobile phone is positioned in desk, easily can carry out shooting operation.Like this, be not known to following technology: the hand of people is two, when the hand that can operate is two, take into full account and utilize both hands to carry out respectively operating or utilizing in both hands and to operate a wherein side or equipment is in what kind of state etc. when utilizing one hand to operate, control, and according to the present invention, under various conditions, utilize optimum method of operation free of errors to reach shirtsleeve operation.Namely, in the present invention, utilize the vibration judgement and posture judgement that are arranged in each equipment, detect carrying state on the respective gripping state of two equipment that carrying out that the user that usually carries out operating with two hands uses cooperate or table, according to various utilization obstacle, determine operation to equipment optimum, control display and decision, thus carry out simply, the control of equipment cooperation easily.Thus become the efficient, flexible utilization touch panel of equipment and the invention of display and control.
In addition, in the embodiments of the present invention, digital camera is used to be illustrated as carrying out the equipment of photographing, but as camera, also can be the camera of the such dynamic image of lens type camera, digital single-lens reflex camera, executed in compact digital cameras or video camera, film camera, in addition, can certainly be camera built-in in portable information terminal such as portable phone or smart mobile phone (PDA:PersonalDigitalAssist: personal digital assistant) etc.In addition, also can be the such industry of endoscope, microscope with, medical optical device, or monitor camera, vehicle-mounted camera, desk-top camera, such as, also can be mounted in the camera in television receiver or personal computer etc.Certainly, the finder from the various object of various angle views and testing fixture can be also applied to.When carrying out checking, observing, according to object, multiple plant machinery can be made to connect or be separated, or changing the method held, thus becoming convenient, the present invention can apply in a flexible way in field widely.
The invention is not restricted to the former state of the respective embodiments described above, implementation phase in, not departing from the scope of its purport, inscape can be made to be out of shape and to realize.In addition, also various invention can be formed by multiple inscape disclosed in appropriately combined the respective embodiments described above.Such as, the several inscapes in the whole inscapes shown in execution mode can also be removed.In addition, also can inscape in appropriately combined different execution mode.
In addition, conveniently, use " first ", " next " etc., the motion flow in the scope of Patent request, detail specifications and accompanying drawing is illustrated, but this does not represent and must implement according to this order.In addition, self-evident, about each step forming these motion flows, part invention not being had to materially affect suitably can be omitted.
In addition, in the technology illustrated herein, the control mainly illustrated according to flow chart and function can utilize program to set mostly, by making computer read this program and perform, can realize above-mentioned control and function.About this program, it can be recorded as computer program or be stored in the storage mediums such as the removable mediums such as the nonvolatile memory such as floppy disk, CD-ROM, hard disk or volatile memory an overall or part, when providing product, can carry out issuing or providing via removable medium or communication line.User is via this program of downloaded and be installed in computer, or is installed to computer from recording medium, thereby, it is possible to easily realize image display device and the display packing of present embodiment.
Claims (14)
1. an image display device, wherein, this image display device has:
Department of Communication Force, it can receive the photographed images from image pickup part;
Display part, it shows the described photographed images that described Department of Communication Force receives;
Operating portion, it is for controlling the shooting of described image pickup part;
Condition judgement portion, it judges the state being accommodated with the housing of described Department of Communication Force, display part and operating portion; And
Control part, whether it is provided the result of determination in described condition judgement portion, be configured on other objects according to described housing, changes the user interface realized by described display part and operating portion.
2. image display device according to claim 1, wherein,
Described condition judgement portion judges the state of described image pickup part,
Described control part is provided the result of determination in described condition judgement portion, whether is configured on other objects whether be installed with configuration with described image pickup part according to described housing, changes the user interface realized by described display part and operating portion.
3. image display device according to claim 1, wherein,
Described condition judgement portion judge described housing and described image pickup part whether separated,
Described control part whether to be configured on other objects according to described housing and described housing whether separated with described image pickup part, change the user interface by described display part and operating portion realization.
4. image display device according to claim 1, wherein,
When described operating portion operating surface upward and when being fixed, described condition judgement portion is judged to be that described housing is configured on other objects.
5. image display device according to claim 2, wherein,
When described operating portion operating surface upward and when being fixed, described condition judgement portion is judged to be that described housing is configured on other objects.
6. image display device according to claim 3, wherein,
When described operating portion operating surface upward and when being fixed, described condition judgement portion is judged to be that described housing is configured on other objects.
7. image display device according to claim 4, wherein,
Vibration in the vertical direction of the operating surface of described operating portion is less than the threshold value of regulation, described condition judgement portion is judged to be that described housing is configured on other objects.
8. image display device according to claim 5, wherein,
Vibration in the vertical direction of the operating surface of described operating portion is less than the threshold value of regulation, described condition judgement portion is judged to be that described housing is configured on other objects.
9. image display device according to claim 6, wherein,
Vibration in the vertical direction of the operating surface of described operating portion is less than the threshold value of regulation, described condition judgement portion is judged to be that described housing is configured on other objects.
10. image display device according to claim 1, wherein,
Described operating portion is made up of the touch panel be configured on described display part,
Whether described control part is configured on other objects according to described housing, changes the quantity of the handle icon shown in described display part.
11. image display devices according to claim 1, wherein,
Described operating portion is made up of the touch panel be configured on described display part,
Whether described control part is configured on other objects according to described housing, changes the configuring area of the handle icon shown in described display part.
12. image display devices according to claim 1, wherein,
Described operating portion is made up of the soft keyboard shown in the touch panel be configured on described display part and described display part.
13. image display devices according to claim 1, wherein,
When described housing is configured on other objects, described control part makes the photographed images from described image pickup part rotate according to the rotation of described housing.
14. 1 kinds of shooting display packings, wherein, this shooting display packing comprises the following steps:
Department of Communication Force receives the photographed images from image pickup part;
Display part shows the described photographed images that described Department of Communication Force receives;
Condition judgement portion judges the state of housing, and this housing is accommodated with the operating portion of the shooting for controlling described image pickup part, described Department of Communication Force and described display part; And
Whether control part is provided the result of determination in described condition judgement portion, be configured on other objects according to described housing, changes the user interface realized by described display part and operating portion.
Applications Claiming Priority (2)
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| JPJP2014-103544 | 2014-05-19 | ||
| JP2014103544A JP6334256B2 (en) | 2014-05-19 | 2014-05-19 | Imaging display device and imaging display method |
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| CN105100598B CN105100598B (en) | 2018-11-20 |
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| JP6334256B2 (en) * | 2014-05-19 | 2018-05-30 | オリンパス株式会社 | Imaging display device and imaging display method |
| US9936111B1 (en) * | 2015-06-10 | 2018-04-03 | Google Llc | Articulating imaging module for electronic devices |
| US10116776B2 (en) | 2015-12-14 | 2018-10-30 | Red.Com, Llc | Modular digital camera and cellular phone |
| JP6846707B2 (en) * | 2017-03-28 | 2021-03-24 | パナソニックＩｐマネジメント株式会社 | Control programs and mobile devices |
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| CN102799361A (en) * | 2012-06-21 | 2012-11-28 | 华为终端有限公司 | Method for calling application object out and mobile terminal |
| JP6334256B2 (en) * | 2014-05-19 | 2018-05-30 | オリンパス株式会社 | Imaging display device and imaging display method |
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| JP2007336527A (en) * | 2006-05-16 | 2007-12-27 | Canon Inc | Imaging apparatus with separable monitor, and its control method |
| CN101808193A (en) * | 2009-02-17 | 2010-08-18 | 奥林巴斯映像株式会社 | Imaging device and imaging device control method |
| CN102668538A (en) * | 2009-12-25 | 2012-09-12 | 索尼公司 | Image capturing device, method for controlling image capturing device, and program |
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| CN105100598B (en) | 2018-11-20 |
| US20150334306A1 (en) | 2015-11-19 |
| JP6334256B2 (en) | 2018-05-30 |
| US9742987B2 (en) | 2017-08-22 |
| JP2015220638A (en) | 2015-12-07 |
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